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Mehtab Shaik

@mehtabshaik

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I build secure automotive embedded systems, cryptography tools, and AI-driven engineering automation.

India

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What I'm looking for

I'm looking to build secure embedded and automotive systems, applying firmware, AUTOSAR cybersecurity, cryptography, and hardware-software integration while continuing to grow through challenging engineering work.

At ZF Group, I'm implementing a Host-HSM AUTOSAR cybersecurity stack for secure boot, SecOC, UDS Security Access, secure flashing, OTA, and protected XCP interfaces. I also built cryptography tooling with OpenSSL and TPM 2.0 for key management, SHA-2/SHA-3, AES, RSA, ECC, and X.509/PKI workflows.

I've automated ASPICE V-Model execution from SWE.1 to SWE.6 through multi-agent AI harnesses integrated with GCC cross-compilers, ISO 26262, MISRA C, code analysis, and verification activities. I also automated Vector CAPL bootloader confidence testing in Python and Jenkins, saving 22 hours per release.

Previously at T-Works, I developed C/C++ firmware and hardware prototypes for embedded products, including an AGV using TFLite models, sensor fusion, and Nvidia Jetson. My projects include STM32 bare-metal firmware, a 32-bit pipelined RISC-V core in Verilog, and TrustZone-based post-quantum security research.

Experience

Work history, roles, and key accomplishments

Current

Research & Development Trainee

Current

ZF Group

Mar 2025 - Present (1 year 6 months)

Implemented Host-HSM AUTOSAR cybersecurity stack and orchestrated AI harnesses for ASPICE software lifecycles. Developed cryptography tools with OpenSSL and TPM 2.0, and automated bootloader test suites in Python.

AUTOSAR CSM Secure Boot KeyM UDS CAN CAN FD TCP IP OpenSSL TPM SHA 2 RSA ECC PKI ISO 21434 ISO 26262 Static Analysis Dynamic Analysis Python Jenkins CI CD Vector GCC ASPICE

Education

Degrees, certifications, and relevant coursework

VNR VJIET

Bachelor's, Electronics and Communication Engineering

Grade: 8.05

Activities and societies: Minor in AI & ML; Industry Project: IoT-Enabled Autonomous Greenhouse on Silicon Labs SiW917x; Thesis: Design and Verification of an AXI-Based SoC: AXI-Lite Control to Multi-Master AXI4 Interconnect; Relevant Coursework: Computer Architecture, Operating Systems, Cryptography, Embedded Software

Pursued a Bachelor's degree in Electronics and Communication Engineering with a minor in AI & ML, achieving a GPA of 8.05.